Wildfires in many western North American forests are becoming more frequent, larger, and
severe, with changed seasonal patterns. In response, coniferous forest ecosystems will …

This study reviewed current research on the nexus 'wildfires-watershed hydrology-stream
water quality'. Various studies used remote sensed Earth observation data to improve the …

The lack of watershed-scale estimates of floodplain carbon stocks limits recognition of the
important role of floodplains and river corridor restoration in efforts to enhance carbon …

Wildfires strongly influence forest ecosystem processes, including carbon and nutrient
cycling, and vegetation dynamics. As fire activity increases under changing climate …

Prescribed fire (Rx-fire) is a common management tool for many forested ecosystems and
promotes tree and forest soil health. Although burned materials from Rx-fire areas can enter …

In the context of global warming, the mountainous areas of Central Asia are sensitive to
climate and environmental changes and are highly vulnerable to natural disasters. Here, we …

We used field-based case studies to examine how spatial heterogeneity influences the
response of river corridors to changes in water and sediment fluxes after wildfire. Spatial …

Wildfires release terrestrial elements to the atmosphere as aerosols, and these events are
becoming more frequent and intense in the Arctic boreal forest as the climate is warming …

Wildfires can severely degrade soils and watersheds. Post-fire rain events can leach ashes
and altered dissolved organic matter (DOM) into streams, impacting water quality and …

Critical drinking water resources are increasingly threatened by wildfires, which are
becoming more frequent and intense as global climate changes. Wildfires affect drinking …